OF@TEIN SmartX Rack 현장설치/네트워크 구성 계획 및 보고서TEINSmartXRack네트워크...10G Switch LTI L6224XG (4대)24ports GbE(SFP)+2ports(XFP) 10G L2, L3 Ubiquoss

OpenFlow 기반 SDN 시험 인프라 확산 및 개선

OF@TEIN SmartX Rack 현장설치/네트워크 구성계획 및 보고서

OF@TEIN Document No. 7Version 1.9

Date 2013-12-23Author(s) KOREN NOC

OpenFlow 기반 SDN 시험 인프라 확산 및 개선

◼ 문서 연혁

버전 날짜 저자(들) 수정 사항

초안 2013. 07. KOREN NOC

1.3 2013. 11. 20 KOREN NOC

1.5 2013. 12. 11 KOREN NOC

1.9 2013. 12. 23 KOREN NOC

본 문서는 한국정보화진흥원(NIA)의 미래네트워크연구시험망(KOREN)사업 지원과제의 연구결과로 수행되었음 (13-951-00-001).

This research was one of KOREN projects supported by National Information Society Agency (13-951-00-001).

OF@TEIN SmartX Rack 현장설치/네트워크 구성 계획 및 보고서

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Contents

Introduction to OF@TEIN ················································································································· 1

1. 본 문서의 구성 및 내용 ····················································································································· 2

Part A - 국내 SmartX Rack (Type C) 네트워크 구성 및 현장설치 ········································· 3

A1. 국내 SmartX Rack (Type C) 네트워크 구성 계획 ································································· 4 A1.1 SmartX Rack Type C 네트워크 연결 ··············································································· 4 A1.2 사전 준비 사항 ·························································································································· 5 A1.2.1 GIST POP 구성 계획 ····································································································· 5 A1.2.2 제주대 POP 구성 계획 ·································································································· 7 A1.2.3 포항공대 POP 구성 계획 ······························································································ 9 A1.2.4 고려대 POP 구성 계획 ································································································ 11 A1.2.5 KOREN NOC POP 구성 계획 ···················································································· 13A2. 국내 SmartX Rack (Type C) 네트워크 현장설치 ································································· 15 A2.1 GIST POP 현장설치 ·············································································································· 16 A2.2 제주대 POP 현장설치 ············································································································ 18 A2.3 포항공대 POP 현장설치 ········································································································ 20 A2.4 고려대 POP 현장설치 ············································································································ 22 A2.5 KOREN NOC POP 현장설치 ······························································································· 24

Part B - 국외 SmartX Rack (Type B+) 네트워크 구성 및 현장설치 ····································· 26

B1. 국외 SmartX Rack (Type B+) 네트워크 구성 계획 ······························································ 27 B1.1 SmartX Rack Type B+/C 네트워크 연결 ······································································· 27 B1.2 사전 준비 사항 ························································································································ 28 B1.2.1 말레이시아 POP 구성 계획 ························································································· 29 B1.2.2 파키스탄 POP 구성 계획 ····························································································· 31B2. 국외 SmartX Rack (Type B+) 네트워크 현장설치 ································································ 33 B2.1 말레이시아 POP 현장설치 ···································································································· 34 B2.2 파키스탄 POP 현장설치 ········································································································ 36

References ············································································································································ 38

부록 - 국내외 SmartX Rack (Type B) 네트워크 구성 및 현장설치(2012년 사이트) ··········· 39


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표 목차

[표 1] 국내 SmartX Rack(ONP서버) 정보 ······················································································ 15[표 2] GIST SmartX Rack IP 테이블 ······························································································ 16[표 3] 제주대 SmartX Rack IP 테이블 ···························································································· 18[표 4] 포항공대 SmartX Rack IP 테이블 ························································································ 20[표 5] 고려대 SmartX Rack IP 테이블 ···························································································· 22[표 6] KOREN NOC SmartX Rack IP 테이블 ··············································································· 24[표 7] 해외의 설치 기관 정보 ·············································································································· 28[표 8] 국외 SmartX Rack(TypeB+) 정보 ························································································ 33[표 9] 말레이시아 SmartX Rack IP 테이블 ···················································································· 34[표 10] 파키스탄 SmartX Rack IP 테이블 ····················································································· 36


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그림 목차

[그림 1] 국내 OF@TEIN 시험 환경 ······························································································· 4[그림 2] GIST의 SmartX Rack 연동 구성도 ···················································································· 5[그림 3] GIST의 SmartX Rack 네트워크 구성도 ············································································· 6[그림 4] 제주대의 SmartX Rack 연동 구성도 ·················································································· 7[그림 5] 제주대의 SmartX Rack 네트워크 구성도 ·········································································· 8[그림 6] 포항공대의 SmartX Rack 연동 구성도 ·············································································· 9[그림 7] 포항공대의 SmartX Rack 네트워크 구성도 ···································································· 10[그림 8] 고려대의 SmartX Rack 연동 구성도 ················································································ 11[그림 9] 고려대의 SmartX Rack 네트워크 구성도 ········································································ 12[그림 10] KOREN NOC의 SmartX Rack 연동 구성도 ································································· 13[그림 11] KOREN NOC의 SmartX Rack 네트워크 구성도 ························································· 14[그림 12] 국내 SmartX Rack(TypeC) 네트워크 설치 진행과정 ················································· 15[그림 13] GIST SmartX Rack 설치 사진 ························································································ 16[그림 14] GIST SmartX Rack 배선도 ······························································································ 17[그림 15] 제주대 SmartX Rack 설치 사진 ····················································································· 18[그림 16] 제주대 SmartX Rack 배선도 ··························································································· 19[그림 17] 포항공대 SmartX Rack 설치 사진 ················································································· 20[그림 18] 포항공대 SmartX Rack 배선도 ······················································································· 21[그림 19] 고려대 SmartX Rack 설치 사진 ····················································································· 22[그림 20] 고려대 SmartX Rack 배선도 ··························································································· 23[그림 21] KOREN NOC SmartX Rack 설치 사진 ········································································· 24[그림 22] KOREN NOC SmartX Rack 배선도 ·············································································· 25[그림 23] 해외 OF@TEIN 시험 환경 ································································································· 27[그림 24] 말레이시아 SmartX Rack 연동 구성도 ·········································································· 29[그림 25] 말레이시아 SmartX Rack 네트워크 구성도 ·································································· 30[그림 26] 파키스탄 SmartX Rack 연동 구성도 ············································································· 31[그림 27] 파키스탄 SmartX Rack 네트워크 구성도 ······································································ 32[그림 28] 국외 SmartX Rack(TypeB+) 네트워크 설치 진행과정 ··············································· 33[그림 29] 말레이시아 SmartX Rack 설치 사진 ············································································· 34[그림 30] 말레이시아 SmartX Rack 배선도 ··················································································· 35[그림 31] 파키스탄 SmartX Rack 설치 사진 ················································································· 36[그림 32] 파키스탄 SmartX Rack 배선도 ······················································································· 37


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Introduction to OF@TEIN SmartX Racks Installation


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1. 본 문서의 구성 및 내용

2013년 하반기에는 기구축한 TEIN 참가 6개국(한국, 필리핀, 태국, 인도네시아, 말레이시아, 베트남)간의 연동을 기반으로 국제협력을 구체화하고 아울러 부족했던 국내의 선도적인 협력을 촉진하고자 OF@TEIN시험환경을 확산하기 위하여 국내 3개(KOREN NOC,고려대,포항공대), 국외 2개(말레이시아,파키스탄)사이트를 발굴하여 SmartX Box (Type C/B+)를 설치하고 연동한다.

본 문서의 구성은 크게 아래와 같이 3 가지로 분류된다.

∎ Part A - 국내 SmartX Rack (Type C) 네트워크 구성 및 현장설치

∎ Part B - 국외 SmartX Rack (Type B+) 네트워크 구성 및 현장설치

∎ 부록 - 국내외 SmartX Rack (Type B) 네트워크 구성 및 현장설치 (2012년 사이트)


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Part A - 국내 SmartX Rack (Type C) 네트워크 구성 및 현장설치


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A1. 국내 SmartX Rack (Type C) 네트워크 구성 계획

국내의 선도적인 협력을 촉진하고자 국내 5개(GIST, 제주대, 포항공대, 고려대, KOREN NOC) 사이트를 선정하여 SmartX Rack(TypeC)을 설치한다. 5개 사이트는 KOREN POP에서 VLAN을 이용한 L2통신이 가능해야 하며, 성능고도화에 따라 10G 회선을 목표로 한다. 포항공대와 제주대는 향후 2014년에 10G회선으로 업그레이드 할 계획이다. 각 사이트 전산실에서 SmartX Rack간은 10G구성이 가능하도록 구성한다.

A1.1 SmartX Rack Type C 네트워크 연결

[그림 1] 국내 OF@TEIN 시험 환경


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A1.2 사전 준비 사항

- KOREN망과 각 사이트 회선 구성 (신규연동 및 회선업그레이드) - L2 Tunnel을 위한 5개 POP 공통으로 미사용 VLAN 2개 - Remote management(IMM 포트)용 IP Address 1개 - Uplink스위치 인터페이스 확인 - ONP서버 연결 케이블 및 인터페이스 모듈 준비 : 관리용(Power/Management) 1G RJ45, 제어용(Control) 1G RJ45, 데이터용(Data) 10G XFP(SR) - SmartX　Rack 설치장소 선정 (항온항습 시설 완비)

A1.2.1 GIST POP 구성 계획

가. GIST POP SmartX Rack 연동 구성도

[그림 2] GIST의 SmartX Rack 연동 구성도


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나. 네트워크 구성 현황

현재 KOREN망과 GIST 간 회선 속도는 10G 이고, SmartX Rack설치 장소는　GIST백본이 위치해 있는 Lab 전산실에 위치한다. 그리고 Lab실에는 SmartX Rack(TypeA)와 국내/외 사이트 연결을 제어하는 제어장치들이 있다. 5개 사이트 SmartX Rack(TypeC)의 Control, Data의 IP Address는 GIST의 중앙제어장치에 의해 DHCP로 사설 IP Address를 할당 받게 된다. 이를 위하여 KOREN망과 각 사이트 SmartX Rack까지 Control, Data 각각에 대한 동일한 VLAN을 할당했다.

[그림 3] GIST의 SmartX Rack 네트워크 구성도


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A1.2.2 제주대 POP 구성 계획

가. 제주대 POP SmartX Rack 연동 구성도

[그림 4] 제주대의 SmartX Rack 연동 구성도


현재 KOREN망과 제주대 간 회선 속도는 1G 이다. 내년에는 10G로 업그레이드 할 예정이다. 따라서 제주대POP의 백본과 회선에 대한 고도화 작업이 필요하다. SmartX Rack(TypeC)설치 장소는　제주POP 전산실을 지나 공과대학 Lab실이다. 그리고 그곳에는 2012년 설치한 SmartX Rack (TypeB)가 있었지만, 현재는 Capsulator Box로 변경되었다. 제주대 SmartX Rack(TypeC)에서 Control, Data의 IP Address를 GIST의 중앙제어 장치에 의해서 DHCP로 할당받기 위해 KOREN망과 제주대 SmartX Rack(TypeC)까지 Control, Data 각각에 대한 동일한 VLAN을 할당했다.


8

[그림 5] 제주대의 SmartX Rack 네트워크 구성도


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A1.2.3 포항공대 POP 구성 계획

가. 포항공대 POP SmartX Rack 연동 구성도

[그림 6] 포항공대의 SmartX Rack 연동 구성도


현재 KOREN망과 포항공대 간 회선 속도는 1G 이다. 내년에는 10G로 업그레이드 할 예정이다. 따라서 포항공대POP의 회선에 대한 고도화 작업이 필요하다. SmartX Rack(TypeC)설치 장소는　포항공대POP 전산실을 지나 500m 떨어진 공과대학 전산실이다. 포항공대 SmartX Rack(TypeC)에서 Control, Data의 IP Address를 GIST의 중앙제어 장치에 의해서 DHCP로 할당받기 위해 KOREN망과 포항공대 SmartX Rack(TypeC)까지 Control, Data 각각에 대한 동일한 VLAN을 할당했다.


10

[그림 7] 포항공대의 SmartX Rack 네트워크 구성도


11

A1.2.4 고려대 POP 구성 계획 가. 고려대 POP SmartX Rack 연동 구성도

[그림 8] 고려대의 SmartX Rack 연동 구성도


현재 KOREN망과 고려대간 회선 속도는 10G 이다. 이번 OF@TEIN과제를 위하여 1G에서 10G로 회선을 변경 하였다. SmartX Rack설치 장소는　고려대POP 전산실과 제2공학관 FDF를 지나 공학관 실험실에 배치 한다. 고려대 SmartX Rack(TypeC)에서 Control, Data의 IP Address를 GIST의 중앙제어 장치에 의해서 DHCP로 할당받기 위해 KOREN망과 고려대 SmartX Rack(TypeC)까지 Control, Data 각각에 대한 동일한 VLAN을 할당했다.


12

[그림 9] 고려대의 SmartX Rack 네트워크 구성도


13

A1.2.5 KOREN NOC POP 구성 계획

가. KOREN NOC POP SmartX Rack 연동 구성도

[그림 10] KOREN NOC의 SmartX Rack 연동 구성도


SmartX Rack(TypeC)은 KOREN NOC 서울POP 백본에 직접 연결되었다. KOREN NOC SmartX Rack(TypeC)에서 Control, Data의 IP Address를 GIST의 중앙제어 장치에 의해서 DHCP로 할당받기 위해 KOREN망과 KOREN NOC SmartX Rack(TypeC)까지 Control, Data 각각에 대한 동일한 VLAN을 할당했다.


14

[그림 11] KOREN NOC의 SmartX Rack 네트워크 구성도


15

A2. 국내 SmartX Rack (Type C) 네트워크 현장설치

ONP(SmartX Rack)서버는 업체에서 각 사이트로 배포하고 Remote Management 및 서버 관리용 1G 포트(IMM:Integrated management module)을 KOREN 망에 연결 한 후 IP 설정을 완료한다. KOREN NOC에서는 각 사이트별 /27 대역을 할당하고, 서버 설치 업체가 ONP서버를 배포하기 전에 IMM을 위한 공인IP 주소를 전달한다.기본적으로 IMM 포트는 KOREN망 원격지 어디에서든 접근 하여 서버를 제어할 수

있도록 각 KOREN POP에서 네트워크를 설정한다.또한 ONP서버 설치장소에 대한 사전점검이 필요하다. Rack에 서버 장착 시 Cable

Rail을 포함해서 서버를 앞으로 빼내었을 때 문제가 없는 장소에 배치하여야 한다.

Device Spec Info

Intel ONP Server

Intel Xeon E5-2690 v2, 96GB, 480GB SSD x2, 2TB SATA x2, 10G NIC x2, 1G NIC x4

10G Switch

LTI L6224XG (4대) 24ports GbE(SFP)+2ports(XFP) 10G L2, L3

Ubiquoss P8824 XG(1대)

20ports GbE(SFP)+4Ports(Combo type)+2ports10G L2, L3

[표 1] 국내 SmartX Rack(ONP서버) 정보

[그림 12] 국내 SmartX Rack(TypeC) 네트워크 설치 진행과정


16

A2.1 GIST POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 6일 - 장 소 : 광주과학기술원 정보통신공학과 C동 210호

나. 장비 설치

[그림 13] GIST SmartX Rack 설치 사진

SmartX Rack(TypeC)과 직접 연결된 스위치에 L3인터페이스 VLAN601을 생성하여 Gateway IP 210.114.90.1을 입력하고 KOREN망 어디서든 Power/Management 대역으로 접근이 가능하도록 설정하였다. Control, Data를 위한 VLAN602, VLAN603은 5개 사이트가 공통으로 가지고 있는 VLAN id이며, GIST에 위치한 머신

Site RoleVLAN

idONP Port IP Address Subnet Gateway

GIST

(광주)

Power

601

IMM (UTP) 210.114.90.2 255.255.255.224 210.114.90.1

Management eth1 (UTP) 210.114.90.3 255.255.255.224 (MX80)

Control 602 eth2 (UTP) 172.20.90.3 255.255.0.0　　

Data 603 10G (XFP-SR) 172.30.90.3 255.255.0.0 　

[표 2] GIST SmartX Rack IP 테이블


17

에서 DHCP를 이용하여 사설 IP를 할당 한다.

[그림 14] GIST SmartX Rack 배선도


18

A2.2 제주대 POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 13일 - 장 소 : 제주대학교 공과대학 4호관 4층 D427 네트워크연구실

나. 장비 설치

[그림 15] 제주대 SmartX Rack 설치 사진

SmartX Rack과 직접 연결된 스위치에 L3인터페이스 VLAN601을 생성하여 Gateway IP 210.114.90.33을 입력하고 KOREN망 어디서든 Power/Management 대역으로 접근이 가능하도록 구성하였다. Control, Data를 위한 VLAN602, VLAN603은 5개 사이트가 공통으로 가지고 있는 VLAN id이며 L2로 연결되어, GIST에 위치한 머신에서 DHCP를 이용하여 사설 IP를 할당 한다.

Site RoleVLAN


제주대

(제주도)

Power

601

IMM (UTP) 210.114.90.34 255.255.255.224 210.114.90.33

Management Pt1 (UTP) 210.114.90.35 255.255.255.224 (LTI6224XG)

Control 602 Pt2 (UTP) 172.20.90.35 255.255.0.0　　

Data 603 10G (XFP-SR) 172.30.90.35 255.255.0.0 　

[표 3] 제주대 SmartX Rack IP 테이블


19

[그림 16] 제주대 SmartX Rack 배선도


20

A2.3 포항공대 POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 8일 - 장 소 : 포항공과대학교 공학2동 학과 서버실

나. 장비 설치

[그림 17 ] 포항공대 SmartX Rack 설치 사진


Site RoleVLAN


포항공대

(포항)

Power

601

IMM (UTP) 210.114.90.66 255.255.255.224 210.114.90.65

Management Pt1 (UTP) 210.114.90.67 255.255.255.224(Ubiquoss

P8824XG)

Control 602 Pt2 (UTP) 172.20.90.67 255.255.0.0　　

Data 603 10G (XFP-SR) 172.30.90.67 255.255.0.0 　

[표 4] 포항공대 SmartX Rack IP 테이블


21

[그림 18] 포항공대 SmartX Rack 배선도


22

A2.4 고려대 POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 7일 - 장 소 : 고려대학교 공학관

나. 장비 설치

[그림 19] 고려대 SmartX Rack 설치 사진


Site RoleVLAN


고려대

(서울)

Power

601

IMM (UTP) 210.114.90.98 255.255.255.224 210.114.90.97

Management Pt1 (UTP) 210.114.90.99 255.255.255.224 (LTI6224XG)

Control 602 Pt2 (UTP) 172.20.90.99 255.255.0.0　　

Data 603 10G (XFP-SR) 172.30.90.99 255.255.0.0 　

[표 5] 고려대 SmartX Rack IP 테이블


23

[그림 20] 고려대 SmartX Rack 배선도


24

A2.5 KOREN NOC POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 7일 - 장 소 : 한국정보화진흥원 15F 전산실

나. 장비 설치

[그림 21] KOREN NOC SmartX Rack 설치 사진


Site RoleVLAN


KOREN

NOC

(서울)

Power

601

IMM (UTP) 210.114.90.130 255.255.255.223 210.114.90.129

Management eth1 (UTP) 210.114.90.131 255.255.255.224 (C6509)

Control 602 eth2 (UTP) 172.20.90.131 255.255.0.0　　

Data 603 10G (XFP-SR) 172.30.90.131 255.255.0.0 　

[표 6] KOREN NOC SmartX Rack IP 테이블


25

[그림 22] KOREN NOC SmartX Rack 배선도


26

Part B - 국외 SmartX Rack (Type B+) 네트워크 구성 및 현장설치


27

B1. 국외 SmartX Rack (Type B+) 네트워크 구성 계획

[그림 23]과 같이 KOREN/TEIN은 서울과 홍콩 POP과 10G로 연결이 되어 있다. 2012년 대상국가와 지역은 동남아 5개국으로 태국, 필리핀, 인도네시아, 말레이시아, 그리고 베트남이었다. 2013년에 추가되는 해외사이트 중 말레이시아는 회선 성능을 고려하여 MYREN NOC를 설치장소로 선정하고, 2012년 MYREN 연동기관인 쿠알라룸프르의 UM에 설치했던 Type B와 연동하여 사용할 수 있도록 하되, MYREN NOC에 설치된 Type　B+가 주된 기능을 하도록 활용할 계획이다. 나머지 해외 사이트인 파키스탄 PERN과는 12월 초에 4개월간에 걸친 조정을 마무리하고 DOU를 힘들게 체결했으며, 이어서 진행한 협의 및 진행을 위한 승인절차 소요시간에 의해 다시 지연되어 2012년 1월 6일에 이슬라마바드 HEC에 설치했다. 또한 SDN과제에 대한 많은 관심을 가지고 있는 파키스탄 이용기관의 요청으로 SmartX Rack설치 당일 POLYCOM 화상회의 장

비를 이용한 Video Conference를 광주에서 실시간 진행할 예정이었으나, 파키스탄 자체 사정상 취소되었다.

B1.1 SmartX Rack Type B+/C 네트워크 연결

[그림 23] 해외 OF@TEIN 시험 환경


28

B1.2 사전 준비 사항

- Uplink스위치 인터페이스 여유분 확인 - ONP서버 연결 케이블 및 인터페이스 모듈 준비 : 관리용(Power/Management) 1G RJ45, 제어용(Control) 1G RJ45, 데이터용(Data) 10G 1G RJ45 - 각 나라에 맞는 전원케이블 (스위치, 서버) - SmartX　Rack 설치장소 선정 (항온항습 시설 완비)

국가명 NREN명설치위치

담당자 E-Mail기관명 장소

1 말레이시아 MYREN NOC kuala lumpur

말레이시아 교수[email protected]

2 파키스탄 PERN NOC Islamabad NOC 담당엔지니어[email protected]

[표 7] 해외의 설치 기관 정보

[표 7]과 같이 동남아 2개국 설치대상국에 담당자와 각 나라의 NREN과 네트워크 연동을 위한 협의 및 설치장소, 일정을 협의하였다.


29

B1.2.1 말레이시아 POP 구성 계획

말레이시아는 성능을 고려하여 MYREN NOC의 협조를 얻어 장소를 제공받았다. 기존 UM(University Malaysia)에 설치된 TypeB와 연동하여 활용할 계획이다.

가. 말레이시아 POP SmartX Rack 연동 구성도

[그림 24] 말레이시아 SmartX Rack 연동 구성도


KOREN 서울 POP과 TEIN 홍콩 POP은 10G로 연결이 되어 있고, TEIN 망에서 말레이시아는 TEIN 싱가폴 POP과 쿠알라룸프르에 있는 MYREN과 155M 로 연결되어있다. MYREN NOC 아래로 쿠알라룸푸르의 UM과 1G로 연결되어 있으나 Uplink 인터페이스에 100M로 설정 되어있다. UM에는 2012년 설치한 SmartX Rack(Type


30

B)이 설치되어 있다.

[그림 25] 말레이시아 SmartX Rack 네트워크 구성도


31

B1.2.2 파키스탄 POP 구성계획

가. 파키스탄 POP SmartX Rack 연동 구성도

[그림 26] 파키스탄 SmartX Rack 연동 구성도

나. 네트워크 구성 현황 KOREN 서울 POP과 TEIN 홍콩 POP은 10G로 연결이 되어 있고, TEIN 망에서 파키스탄은 155M로 연결되어있다.


32

[그림 27] 파키스탄 SmartX Rack 네트워크 구성도


33

B2. 국외 SmartX Rack (Type B+) 네트워크 현장설치

동남아 2개국 대상지역의 세관 문제로 인해 배송보다는 관련 서류를 지참하여(MOU, 관세문서) KOREN NOC에서 직접 장비를 배송했다.

구분 Device Spec Info

MYIBM x3650 M4 Intel Xeon E5-2630, 32GB, 600GB 10K SAS x2,

1G NIC x4

HP 1810-24G v2 24-port Gbps switch

PKIBM x3650 M4 Intel Xeon E5-2630, 32GB, 600GB 10K SAS x2,

1G NIC x4

HP 1810-24G v2 24-port Gbps switch

[표 8] 국외 SmartX Rack(TypeB+) 정보

[그림 28] 국외 SmartX Rack(TypeB+) 네트워크 설치 진행과정


34

B2.1 말레이시아 POP 현장설치

가. 설치 일정 - 일 자 : 2013년 11월 26일 ~ 11월 27일 - 장 소 : MYREN NOC

나. 장비 설치

[그림 29] 말레이시아 SmartX Rack 설치 사진

통관서류에 전산장비 입고신고번호를 기재하지 않아서 말레이시아 담당교수에 의해 필요한 서류가 준비되기 까지 반나절 만에 반입이 허가 되었다. MYREN NOC의 협조로 NOC내 전산실에 설치를 하고 Uplink를 백본 라우터와 직접 연결하였다.SmartX Rack과 직접 연결된 HP스위치는 Port 가용도를 고려한 L2 스위치이며, 스

위치 관리를 위해 IP(103.26.47.226)를 부여하고, MYREN 백본에는 IP Address 103.26.47.225가 설정되었다. KOREN망 어디서든 Power/Management 대역으로 접근이 가능하도록 설정하였다. Control, Data를 위한 영역은 국내망과 같이 VLAN 및 IP대역을 분리하여야 하나 IP 부족현상으로 /28 하나의 대역을 할당했다.

Site RoleVLAN

idServer Port IP Address Subnet Gateway

MYRENNOC

(말레이시아)

Power1

IMM (UTP) 103.26.47.227 255.255.255.240 103.26.47.225

Management eth4 (UTP) 103.26.47.228 255.255.255.240

Control 1 eth5 (UTP) - -

Data 1 eth6 (UTP) - -

[표 9] 말레이시아 SmartX Rack IP 테이블


35

[그림 30] 말레이시아 SmartX Rack 배선도


36

B2.2 파키스탄 POP 현장설치

가. 설치 일정 - 일 자 : 2014년 1월 6일 - 장 소 : 이슬라마바드 HEC(Higher Education Commission)

나. 장비 설치

[그림 31] 파키스탄 SmartX Rack 설치 사진

KOREN NOC에서 파키스탄으로 설치방문 전에 SmartX Rack 통관을 위한 서류준비를 요청하고, 설치 시 필요한 두 개의 /28대역 IP Range를 할당받아 설치를 위한 사전준비를 하였다. 파키스탄 입국 및 이동의 제한에 대한 문제로 사전준비를 하는데 다소 시간이 소요되었으며 2013년 12월 말에 설치를 못하고, 1월 초로 연기하게 되었다. 입국 시 기부되는 장비에 대한 세금 30%를 지불해야 했다. PERN NOC의 협조를 얻어 이슬라마바드 HEC(Higher Education Commission) 전산실에 설치했다. 구분된 VLAN 두 개의 Uplink는 각각 광으로 연결되었다. SmartX Rack과 직접 연결된 HP스위치는 Port 가용도를 고려한 L2 스위치이며, 스위치 관리를 위해 IP(111.68.98.226)를 부여하고, PERN 백본 인터페이스에는각 VLAN에 대한 Uplink로서 111.68.98.225과 111.68.98.241이 설정되었다. KOREN망 어디서든Power/Management 대역으로 접근이 가능하도록 설정한다. Control,

Site RoleVLAN

idServer Port IP Address Subnet Gateway

PERNNOC

(파키스탄)

Power1

IMM (UTP) 111.68.98.227 255.255.255.240 111.68.98.225

Management eth4 (UTP) 111.68.98.228 255.255.255.240

Control2

eth5 (SFP) 111.68.98.242 255.255.255.240 111.68.98.241

Data eth6 (SFP) 111.68.98.243 255.255.255.240

[표 10] 파키스탄 SmartX Rack IP 테이블


37

Data를 위한 영역은 국내망처럼 VLAN 및 IP대역을 분리하여 설정 했다.

[그림 32] 파키스탄 SmartX Rack 배선도


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References

[1] 국내외 SmartX Rack (Type B) 네트워크 구성 및 현장설치(2012년)


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부록 - 국내외 SmartX Rack (Type B) 네트워크 구성 및 현장설치(2012년 사이트)


1

요 약 문

1. 제목

OF@TEIN 대상 지역 SDN 구성을 위한 네트워크 구성

2. 목표 및 내용

가. SDN 네트워킹 기술에 기반하여 TEIN 참가 NREN (필리핀, 베트남, 말레이시아, 인도네시아, 태국)간을 연동하여 OF@TEIN 테스트베드를 구축하고, 미국, 유럽 등 미래 인터넷 선진국과 SDN 기반 R&D 협업을 통해 테스트베드의 연동을 위한 기반을 구축한다. 본 문서에서는 이러한 OF@TEIN 과제의 일환으로 TEIN을 통한 NREN간 테스트베드를 구축하기 위해 OpenFlow 스위치 장비를 포함하는 SmartX Rack을 TEIN 참가 NREN 사이트에 설치하기 위한 네트워크 구성을 계획한다.

나. OpenFlow 기반 OF@TEIN 네트워크 구성도 설계: OpenFlow 기반의 SDN을 지원할 수 있는 OF@TEIN 인프라를 연결하기 위해 TEIN 에 소속된 국가에 SmartX Rack을 설치한다. 당해 연도인 2012년에는 한국, 베트남, 필리핀, 태국, 말레이시아, 인도네시아의 6개 이상의 사이트들에 대해서 SmartX Rack을 설치하기 위한 네트워크 구성을 설계한다.

다. 대상 지역별 장비 설치 및 테스팅 진행 계획 수립: OpenFlow 기반 OF@TEIN 네트워크 구성에 대한 실시 계획을 수립하여, 계획에 따라 대상 지역별 SmartX Rack을 설치하고 현지 개별 테스트를 진행할 절차를 준비한다. SmartX Rack을 위한 OF@TEIN 네트워크의 설치 및 테스트 진행 순서는 대략적으로 다음과 같다.

1) KOREN/TEIN망의 연동에 관한 ping test, traceroute test, AS 확인2) L2 터널링 설정으로 Capsulator 노드의 연동을 확인3) HP Switch의 OpenFlow NOX test 진행4) 가상화 서버 노드의 VM을 실행하여 OpenFlow를 이용한 네트워크 구성을 확인5) 성능테스트를 위해 iperf, DVTS 영상 테스트를 진행한다.

목 차


2

1. 서론 ························································································································································ 1 1.1 본 문서의 범위 ···························································································································· 1 1.1.1 수행 내용 및 범위 ············································································································· 1 1.1.2 수행 결과 ··························································································································· 1 1.2 다른 문서들과의 관계 ················································································································· 22. 대상 지역 SDN 구성을 위한 네트워크 구성 설계 ······································································· 4 2.1 대상 지역 SDN 구성을 위한 네트워크 구성의 개요 ··························································· 4 2.2 TEIN 망 연결의 전체 구성도 ··································································································· 5 2.3 설치 지역별 네트워크 세부 구성도 및 회선 구성도 ···························································· 6 2.3.1 태국 POP 세부 구성도 ····································································································· 6 2.3.2 필리핀 POP 세부 구성도 ································································································· 7 2.3.3 인도네시아 POP 세부 구성도 ·························································································· 8 2.3.4 말레이시아 POP 세부 구성도 ·························································································· 9 2.3.5 베트남 POP 세부 구성도 ······························································································· 10 2.3.6 제주 대학교 POP 세부 구성도 ····················································································· 11 2.3.7 광주과학기술원 POP 세부 구성도 ················································································ 12 2.4. 특이 및 고려 사항 ··················································································································· 13 2.4.1 전원 구성도 ······················································································································· 13 2.4.2 통관 ···································································································································· 133. 대상 지역별 장비 설치 계획 ··········································································································· 14 3.1 장비 설치 국소 협의 및 일정검토 ························································································· 14 3.2 장비 배송 및 설치 계획 ·········································································································· 14 3.3 장비 설정 ································································································································ 15 3.4 TEIN 망 연동 및 연동시험 계획 ··························································································· 174. 대상 지역별 장비 설치 결과 보고서 ··························································································· 19 4.1 필리핀 설치 ································································································································ 19 4.1.1 설치 일정 ·························································································································· 19 4.1.2 장비 설치 ························································································································ 19 4.1.3 네트워크 연결 구성 ········································································································· 21 4.2 인도네시아 설치 ························································································································ 22 4.2.1 설치 일정 ························································································································ 22 4.2.2 장비 설치 ·························································································································· 22 4.2.3 네트워크 연결 구성 ········································································································· 24 4.3 말레이시아 설치 ························································································································ 25 4.3.1 설치 일정 ·························································································································· 25 4.3.2 장비 설치 ························································································································ 25 4.3.3 네트워크 연결 구성 ········································································································· 27 4.4 태국 설치 ···································································································································· 28 4.4.1 설치 일정 ·························································································································· 28 4.4.2 장비 설치 ·························································································································· 28


3

4.4.3 네트워크 연결 구성 ········································································································· 30 4.5 베트남 설치 ································································································································ 31 4.5.1 설치 일정 ·························································································································· 31 4.5.2 장비 설치 ·························································································································· 31 4.5.3 네트워크 연결 구성 ········································································································· 33


4

표 목차

[표 1] 해외의 설치 기관 정보. ············································································································ 14[표 2] 해외 장비설치 일정 계획. ········································································································ 14[표 3] NREN별 담당자 연락처. ··········································································································· 17[표 4] ASTI IP 설정표. ························································································································· 21[표 5 ] ITB IP 설정표. ·························································································································· 24[표 6] UM IP 설정. ································································································································ 27[표 7] 태국 IP 설정표. ·························································································································· 30[표 8] 베트남 IP 설정표 ······················································································································ 32


5

그림 목차

[그림 1] 문서들의 시간 라인과 관계도 ································································································ 2[그림 2] OF@TEIN　SDN구성도 ············································································································· 4[그림 3] 설치 사이트 연동을 위한 TEIN/KOREN 구성도. ······························································ 5[그림 4] 태국 구성도. ······························································································································ 6[그림 5] 필리핀 구성도. ·························································································································· 7[그림 6] 인도네시아 구성도. ·················································································································· 8[그림 7] 말레이시아 구성도. ·················································································································· 9[그림 8] 베트남 구성도. ························································································································ 10[그림 9] 제주대 구성도 ························································································································· 11[그림 10] GIST 구성도. ························································································································ 12[그림 11] 전원 구성도. ·························································································································· 13[그림 12] MOU 및 관세문서. ·············································································································· 13[그림 13] 장비 배선 구성도. ················································································································ 15[그림 14] Capsulator 설정. ················································································································ 15[그림 15] Management 서버 VM 설정. ··························································································· 16[그림 16] HP SWITCH VLAN 구성도. ····························································································· 16[그림 17] OF@TEIN연동 계획 ············································································································· 17[그림 18] TEIN망 연동 계획. ·············································································································· 18[그림 19] SmartX Rack 설치사진. ···································································································· 19[그림 20] SmartX Rack 설치사진. ···································································································· 20[그림 21] SmartX Rack 배선도. ······································································································· 20[그림 22] 필리핀 구성도. ······················································································································ 21[그림 23] SmartX Rack 설치사진. ···································································································· 22[그림 24] SmartX Rack 설치사진. ···································································································· 23[그림 25] SmartX Rack 배선도. ······································································································· 23[그림 26] 인도네시아 구성도. ·············································································································· 24[그림 30] SmartXRack 설치사진 ······································································································· 25[그림 27] SmartX Rack 설치사진. ···································································································· 26[그림 28] SmatX Rack 배선도. ········································································································· 26[그림 30] 말레이시아 구성도. ·············································································································· 27[그림 31] SmartX Rack 설치사진. ···································································································· 28[그림 32] SmartX Rack 설치사진. ···································································································· 29[그림 33] SmatX Rack 배선도. ········································································································· 29[그림 34] 태국 구성도. ·························································································································· 30[그림 38] SmartXRack 설치사진 ······································································································· 31[그림 39] SmartXRack 설치사진 ······································································································· 32[그림 40] SmartX Rack 배선도 ········································································································· 32[그림 41] 베트남 구성도. ···················································································································· 33


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1. 서론

1.1 본 문서의 범위

1.1.1 수행 내용 및 범위

1) 대상지역의 SDN 구성을 위한 네트워크 구성도2) TEIN 망 연결의 전체 구성도와 각 연결지역의 세부구성도3) 대상 지역별 장비 설치 계획4) TEIN 망 연동 및 연동 시험 계획5) 장비 설정 및 기능 설명 6) 주요 기능별 검사 항목 및 검사 결과 내역

1.1.2 수행 결과

1) 대상지역의 SDN 구성을 위한 네트워크 구성도

- 대상 지역인 태국, 베트남, 필리핀, 말레이시아, 인도네시아에 TEIN 망과 연동하여 OF@TEIN 망을 구성함

2) TEIN 망 연결의 전체 구성도와 각 연결지역의 세부구성도

- 각 대상국의 NREN 과 연결을 하여 TEIN-KOREN의 망 세부 구성도를 구성함

3) 대상 지역별 장비 설치 계획

- 대상지역별 세관과 장비설치 지역의 확보를 협의후 장비 설치 계획을 세움

4) TEIN 망 연동 및 연동 시험 계획

- 2개의 네트워크 대역으로 TEIN 망과 연동하여 테스트를 진행후 KOREN NOC와 L2 터널링으로 OpenFlow 연동 테스트를 진행함


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5) 장비 설정 및 기능 설명

- SmartXRack 의 장비 설정과 기능에 대해 기술함

6) 주요 기능별 검사 항목 및 검사 결과 내역

- SmartXRack 주요 장비의 기능별 검사 결과 내역을 첨부함

1.2 다른 문서들과의 관계

￭ 문서 M2.1 대상 지역 SDN구성을 위한 네트워크 구성설계도

￭ 문서 M2.2 대상지역별네트워크연결 및 성능 검증 시험결과보고서

[그림 1] 문서들의 시간 라인과 관계도


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￭ 문서 M2.3 네트워크 통합 모니터링 도구 설치 및 시험보고서

￭ 문서 M2.4 웹UI 기반 통합모니터링 도구를 활용한 상시운영보고서 (향후 작성)


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2. 대상 지역 SDN 구성을 위한 네트워크 구성 설계

2.1 대상 지역 SDN 구성을 위한 네트워크 구성의 개요

[그림 2] OF@TEIN　SDN구성도

[그림 2]와 같이 KOREN/TEIN에 SDN 네트워킹 기술중 OpenFlow를 적용하여 OF@TEIN 인프라를 구축한다. 위와 같이 구축을 하기 위해 각 대상국인 베트남, 필리핀, 태국, 말레이시아, 인도네시아의 TEIN 참여 NREN들과 TEIN/KOREN 연동을 한다. OpenFlow 연결을 위해 L2 터널링 및 VLAN으로 네트워크를 구성하고 설계된 SmartXRack에 대해서 OF@TEIN 네트워크 운용에 필요한 원격관리를 위해 Management 네트워크를 구성한다.


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2.2 TEIN 망 연결의 전체 구성도

[그림 3]과 같이 KOREN/TEIN은 서울과 홍콩 POP과 2.5G 로 연결이 되어 있다. 각 대상국가 NREN과 설치 지역인 각 대학교에 연동한다. 대상국가와 지역은 동남아 5개국으로 태국, 필리핀, 인도네시아, 말레이시아, 그리고 베트남이다. 태국은 ThaiREN 연동기관인 방콕의 Chulalongkorn University, 필리핀은 PREGINET 연동기관인 마닐라의 ASTI, 인도네시아는 INHERENT 연동기관인 반둥의 ITB, 말레이시아는 MYREN 연동기관인 쿠알라룸프르의 UM, 베트남은 VINAREN 연동기관인 하노이의 HUT로 SmartXRack 설치 장소로 협의를 하였다.

[그림 3] 설치 사이트 연동을 위한 TEIN/KOREN 구성도.


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2.3 설치 지역별 네트워크 세부 구성도 및 회선 구성도

2.3.1 태국 POP 세부 구성도

태국은 TEIN 이용기관인 Chulaongkorn University에 장소를 협의하여 진행함.

[그림 4] 태국 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, TEIN 망에서 태국은 싱가폴POP에서 방콕에 있는 THAIREN과 1G 로 연결되어 방콕의 CHULALONGKORN UNIVERSITY와 622M로 연결되어 있다. SmartXRack의 장비 설정하는 IP 대역은 VLAN 2개의 네트워크 로 나누어 설정을 하였으며 IP 대역은 161.200.25.96/27, 161.200.25.88/29 이다.


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2.3.2 필리핀 POP 세부 구성도

필리핀은 TEIN 이용기관인 ASTI에 장소를 협의하여 진행함.

[그림 5] 필리핀 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, TEIN 망에서 필리핀은 마닐라에 있는 PREGINET과 45M 로 연결되어 마닐라의ASTI와 155M로 연결되어 있다. PREGINET에서 APAN과 연결은 155M로 BestPath임으로 TEIN 망으로 라우팅을 위하여 BGP Policy,Static route 설정으로 TEIN망을 BestPath로 조정하였다. SmartXRack의 장비 설정하는 IP 대역은 VLAN 2개의 네트워크 로 나누어 설정을 하였으며 IP 대역은 202.90.150.0/27, 202.90.149.24/29 이다.


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2.3.3 인도네시아 POP 세부 구성도

인도네시아는 TEIN 이용기관인 ITB에 장소를 협의하여 진행 함

[그림 6] 인도네시아 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, TEIN 망에서 인도네시아는 반둥에 있는 INHERENT과 155M 로 연결되어 반둥의 ITB와 100M로 연결되어 있다. SmartXRack의 장비 설정하는 IP 대역은 VLAN 2개의 네트워크 로 나누어 설정을 하였으며 IP 대역은 167.205.51.32/27, 167.205.51.0/29이다.


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2.3.4 말레이시아 POP 세부 구성도

말레이시아는 TEIN 이용기관인 University Malaya에 장소를 협의하여 진행함.

[그림 7] 말레이시아 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, TEIN 망에서 말레이시아는 TEIN 싱가폴POP과 쿠알라룸프르에 있는 IMYREN과 155M 로 연결되어 쿠알라룸푸르의 UM과 1G로 연결되어 있다. SmartXRack의 장비 설정하는 IP 대역은 VLAN 2개의 네트워크로 나누어 설정을 하였으며 IP 대역은 203.80.21.0/27, 203.80.21.48/29이다.


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2.3.5 베트남 POP 세부 구성도

베트남은 TEIN 이용기관인 HUT에 장소를 협의하여 진행 함.

[그림 8] 베트남 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, TEIN망에서 베트남은 하노이에 있는 VINAREN과 155M 로 연결되어 하노이의 HUT와 155M로 연결되어 있다. SmartXRack의 장비 설정하는 IP 대역은 VLAN 2개의 네트워크 로 나누어 설정을 하였다.


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2.3.6 제주 대학교 POP 세부 구성도

[그림 9] 제주대 구성도

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, KOREN 망에서 제주대는 광주에 있는 전남대와 1G 로 연결되어 있다.


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2.3.7 광주과학기술원 POP 세부 구성도

이번 e-TEIN 수행을 위해 KOREN 광주 POP인 전남대와 GIST간 10G로 연동을 하였다.

[그림 10] GIST 구성도.

￭ 네트워크 구성 현황 KOREN 서울 무교 POP과 TEIN 홍콩POP은 2.5G로 연결이 되어 있고, KOREN 망에서 제주대는 광주에 있는 전남대와 10G 로 연결되어 있다.


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2.4. 특이 및 고려 사항

2.4.1 전원 구성도

[그림 11]과 같이 SmartXRack과 각 대상 지역의 UPS와 연결 하여 설치한다. 태국, 필리핀, 인도네시아 3개국은 모두 UPS에 용량이 여유가 있어 설치하였고,　용량이 부족한 말레이시아와 베트남은 일반 상전에 연결하기로 협의를 하였다.

[그림 11] 전원 구성도.

2.4.2 통관

대상 지역과 MOU 계약 문서를 우선 체결하여 서류를 준비한다. 따로 관세문서가 필요한 국가는 협의를 통해 각 국가의 절차를 따른다. 말레이시아와 베트남은 관세문서를 따로 준비하여 진행하였다.

[그림 12] MOU 및 관세문서.


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3. 대상 지역별 장비 설치 계획

3.1 장비 설치 국소 협의 및 일정검토

국가명 NREN명설치기관

E-Mail기관명 장소

1 베트남 Vinaren HUT 하노이 [email protected]

2 필리핀 PREGINET ASTI 마닐라 [email protected]

3 태국 ThaiREN Chulalongkorn U 방콕 [email protected]

4 인도네시아 INHERENT ITB 반둥 [email protected]

5 말레이시아 MYREN UM 쿠알라룸프르 [email protected]

[표 1] 해외의 설치 기관 정보.

[표 1]과 같이 동남아 5개국 설치대상국에 담당자와 각 나라의 NREN과 네트워크 연동을 위한 협의 및 설치장소, 일정을 협의하였다.

3.2 장비 배송 및 설치 계획

[표 2]와 같은 일정으로 장비 설치를 추진하였으며, 동남아 5개국 대상지역의 세관 문제로 인해 배송보다는 관련 서류를 지참하여(MOU, 관세문서) 직접 장비를 배송함.

단계 9월 10월 11월 12월W4 W1 W2 W3 W4 W1 W2 W3 W4 W1 W2 W3 W4

기반시설협의 전기UPS기반 시설 및 랙 위치 확보 , 통관 관련 MOU, 관세문서 서류 확보

필리핀인도네시아말레이시아

태국베트남

설치 일정 장비설치 , 네트워크 회선 구성, KOREN/TEIN 망 연동시험, OpenFlow 기능시험필리핀

인도네시아말레이시아

태국베트남

[표 2] 해외 장비설치 일정 계획.


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3.3 장비 설정

SmartXRack 장비 설치를 위해 아래 [그림 13]과 같이 네트워크를 구성한다. Management 관리용, OpenFlow data용, L2 터널링 용도로 VLAN을 3개로 나누어 구성한다.

[그림 13] 장비 배선 구성도.

Capsulator 노드를 이용하여 TEIN망과 KOREN 망을 L2 터널링을 이용하여 OpenFlow 네트워크를 구성하여 연결할 수 있도록 설정을 한다.

[그림 14] Capsulator 설정.

Management Node 서버에 VM을 실행하여 가상화 서버를 만들어준다.


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[그림 15] Management 서버 VM 설정.

HP Switch에서 Management 관리용, OpenFlow data용, L2 터널링용으로 VLAN을 3개로 나누어 구성한다.

[그림 16] HP SWITCH VLAN 구성도.


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3.4 TEIN 망 연동 및 연동시험 계획

OF@TEIN 대상국의 NREN과의 협의를 통해 SmartXRack 설치지역의 TEIN 네트워크를 연동한다. VLAN 기반으로 안정적인 네트워크를 제공하지 못하는 점에 대한 해결책으로 하드웨어 기반의 터널링 솔루션을 적용하여 OpenFlow 기반의 SDN 네트워킹이 가능하도록 준비한다.

국가명 NREN명NREN 담당자 연락처

이메일 전화번호 이메일

베트남 Vinaren Pham Anh Duc 　 [email protected]

필리핀 PREGINET Mr. Denis F. Villorente (632)426-9766/67

[email protected]

태국 ThaiREN Assist.Prof.PanjaiTantatsanawong

66(2)-3425-5813　 [email protected]

인도네시아

INHERENT Basuki Suhardiman 022 4231792 [email protected]

말레이시아 MYREN Kamal Hisham Kamaruddin 603 8318 5784

[email protected]

[표 3] NREN별 담당자 연락처.

[그림 17] OF@TEIN연동 계획

[그림 17]과 같이 Capsulator Server를 이용하여 L2 터널링 솔루션으로 GIST와 연동을 한후 OpenFlow를 이용한 SDN망을 구축하고 성능측정을 위해 perfsonar 와 영상 스트리밍을 통해 테스트를 진행한다. OF@TEIN 각대상국과 TEIN 망으로 연동을 하여 OpenFlow 네트워크 통신을 테스트 한다. VM으로 가상의 서버를 PF@KOREN의 NOX를 이용하여 OpenFlow 네트워크로 구성한다. 설치후 iperf , DVTS 화상연결 테스트 성능을 측정한다.


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[그림 18] TEIN망 연동 계획.


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4. 대상 지역별 장비 설치 결과 보고서

4.1 필리핀 설치

4.1.1 설치 일정

￭ 2012년 10월 4일 ~ 2012년 10월 9일

4.1.2 장비 설치

[그림 19] SmartX Rack 설치사진.


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[그림 21] SmartX Rack 배선도.


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DOST-ASTI (PH)202.90.150.0/27202.90.150.1 GW (DOST-ASTI switch)202.90.150.2 NexG (power management)202.90.150.3 Dell202.90.150.4 IBM (capsulator/NetFPGA)202.90.150.5 HP switch202.90.150.11 (192.168.1.22) Work-VM

202.90.149.24/29202.90.149.25 nf2c0GW 202.90.149.26 nf2c0 src ip

[표 4] ASTI IP 설정표.

4.1.3 네트워크 연결 구성

[그림 22] 필리핀 구성도.

￭ ASTI는 APAN과 TEIN 두개의 국제 회선을 운영하고 있음 (APAN 155M, TEIN 45M (22M ratelimit).

￭ ASTI@HK와 TEIN link는 물리적으로는 1G 연결이나 Rate-limit로 22M로 제한하 고 있음 SmartX랙 구성 전 ASTI는 APAN이 BestPath였으나, BGP Policy, Static route 등으로 TEIN을 Best Path로 조정함.

￭ APAN과 TEIN Iperf 측정 결과, 각각 50-55Mbps, 10-15Mbps 성능을 보이고 있음


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4.2 인도네시아 설치

4.2.1 설치 일정

▪ 2012년 11월 3일 ~ 2012년 11월 8일

4.2.2 장비 설치



23


[그림 25] SmartX Rack 배선도.


24

ITB (ID)167.205.51.32/27167.205.51.33 GW (ITB switch)167.205.51.34 NexG (power management)167.205.51.35 Dell167.205.51.36 IBM (capsulator/NetFPGA)167.205.51.37 HP switch167.205.51.41 (192.168.1.23) Work-VM

167.205.51.0/29167.205.51.1 nf2c0GW 167.205.51.2 nf2c0 src ip

[표 5 ] ITB IP 설정표.


[그림 26] 인도네시아 구성도.


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4.3 말레이시아 설치

4.3.1 설치 일정

￭ 2012년 11월 17일 ~ 2012년 11월 21일

4.3.2 장비 설치

[그림 61] SmartXRack 설치사진


26


[그림 28] SmatX Rack 배선도.


27

UM (MY)203.80.21.0/27203.80.21.1 Cisco Router 3700 (trunk)203.80.21.2 NexG (power management)203.80.21.3 Dell203.80.21.4 IBM (capsulator/NetFPGA)203.80.21.5 HP switch203.80.21.21 (192.168.1.23) Work-VM

203.80.21.48/29203.80.21.49 nf2c0GW 203.80.21.50 nf2c0 src ip

[표 6] UM IP 설정.


[그림 30] 말레이시아 구성도.

￭ MYREN과의 연동과정에서 VLAN 추가설정이 지연되어 중간에 Router를 설치하여 Trunk 모드로 UM 백본과 연동하여 SmartX Rack을 연동하였다.


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4.4 태국 설치

4.4.1 설치 일정

￭ 2012년 11월 26일 ~ 2012년 12월 1일

4.4.2 장비 설치



29


[그림 33] SmatX Rack 배선도.


30

Chula (TH)161.200.25.96/27161.200.25.126 GW161.200.25.97 NexG (power management)161.200.25.98 Dell161.200.25.99 IBM (capsulator/NetFPGA)161.200.25.100 HP switch161.200.25.101 (192.168.1.24) Work-VM

161.200.25.88/29161.200.25.94 nf2c0GW 161.200.25.89 nf2c0 src ip

[표 7] 태국 IP 설정표.


[그림 34] 태국 구성도.

￭ CHUALONGKORN과 ThaiREN 사이에 UniNET이라는 NREN이 회선 사용량의 98%를 점유하여 사용하고 있다 (사용자 5만명). Bandwidth 측정 결과 5M이하의 대역폭으로 측정되었다.


31

4.5 베트남 설치

4.5.1 설치 일정

￭ 2012년 12월 28일 ~ 2012년 12월 31일

4.5.2 장비 설치



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[그림 71] SmartX Rack 배선도

HUST (VN)203.191.48.224/28203.191.48.225 GW203.191.48.226 NexG (power management)203.191.48.227 Dell203.191.48.228 IBM (capsulator/NetFPGA)203.191.48.229 HP switch203.191.48.230 Work-VM

[표 8] 베트남 IP 설정표


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[그림 72] 베트남 구성도.

￭ Hanoi University of Science and Technology (HUST) 망의 상태의 편차가 컸다. 첫 테스트 때에는 약 100Mbps의 속도가 측정되었으나, 그 후의 테스트에서는 1~2 Mbps의 결과가 나왔다. 회선의 상태가 안정적이지 않았다.


34

References

[1] [2] [3]


35

IF@TEIN SmartX Rack 현장설치/네트워크 구성 계획 및 보고서

l 광주과학기술원의 확인과 허가 없이 이 문서를 무단 수정 및 배포하는

것을 금지합니다.

l 이 문서의 기술적인 내용은 OF@TEIN 프로젝트의 진행과 함께 별도의

예고 없이 변경될 수 있습니다.

l 최신의 정보로 갱신된 매뉴얼에 대한 정보와 매뉴얼에 대한 문의 사항

은 아래의 정보를 참조하시길 바랍니다.

n Homepage: trac.nm.gist.ac.kr/tein_public

n E-mail: [email protected]

작성기관: 광주과학기술원작성년월: 2013/09

mailto:[email protected]

Documents

OF@TEIN SmartX Rack 현장설치/네트워크 구성 계획 및 보고서TEINSmartXRack네트워크...10G Switch LTI L6224XG (4대)24ports GbE(SFP)+2ports(XFP) 10G L2, L3 Ubiquoss